#ifndef MOC_INTERNAL_ADDRESS_MACROS_H_
#define MOC_INTERNAL_ADDRESS_MACROS_H_

/**
 * \addtogroup internal_am
 **/
//@{
/**
 * @name PPU & SPU
 **/
//@{


/**
 * Effective base-address of own remote queue at node 'rank'.
 *
 * Address is of type uint64_t
 **/
#define IMOC_EA_REMOTE_QUEUE(proc) ( (proc > node_handle.rank) ? node_handle.moc_process_list[proc].inbox_queue_base+sizeof(moc_message_envelope_t)*node_handle.queue_size*node_handle.rank : node_handle.moc_process_list[proc].inbox_queue_base+sizeof(moc_message_envelope_t)*node_handle.queue_size*(node_handle.rank-1) )

/**
 * Effective Base-Address of local queue responsible for node 'rank'.
 *
 * Address is of type moc_message_envelope_t*
 **/
#define IMOC_LOCAL_QUEUE(proc) ( (proc < node_handle.rank) ? node_handle.message_queue_base+node_handle.queue_size*(proc) : node_handle.message_queue_base+node_handle.queue_size*(proc-1) )


/**
 * Effective base-address of own remote queue-entry at node 'rank'.
 *
 * Address is of type uint64_t
 **/
#define IMOC_EA_REMOTE_QUEUE_ENTRY(proc, index) ( (proc > node_handle.rank) ? node_handle.moc_process_list[proc].inbox_queue_base+sizeof(moc_message_envelope_t)*node_handle.queue_size*node_handle.rank+sizeof(moc_message_envelope_t)*(index) : node_handle.moc_process_list[proc].inbox_queue_base+sizeof(moc_message_envelope_t)*node_handle.queue_size*(node_handle.rank-1)+sizeof(moc_message_envelope_t)*(index) )

/**
 * Effective Base-Address of local queue-entry responsible for node 'rank'.
 *
 * Address is of type moc_message_envelope_t*
 **/
#define IMOC_LOCAL_QUEUE_ENTRY(proc, index) ( (proc < node_handle.rank) ? node_handle.message_queue_base+node_handle.queue_size*(proc)+(index) : node_handle.message_queue_base+node_handle.queue_size*(proc-1)+(index) )


/**
 * Effective Address of remote status-array entry at node 'rank'.
 *
 * Address is of type uint64_t
 **/
#define IMOC_EA_REMOTE_STATUS_ENTRY(id, rank) ( node_handle.moc_process_list[rank].stat_array_base+sizeof(moc_message_status_t)*(id) )


//@}
//@}



/**
 * \addtogroup internal_tm
 **/
//@{


/**
 * Tests if invalid communicator in a send-operation.
 * Calls return with appropriate error-code itself.
 **/
#define IMOC_TEST_COMM_SEND(comm)		if ( (comm) != MOC_COMM_WORLD && (comm) != MOC_COMM_SELF ) \
											{ return MOC_ERR_COMM; }

/**
 * Tests if invalid communicator in a recv-operation.
 * Calls return with appropriate error-code itself.
 **/
#define IMOC_TEST_COMM_RECV(comm)		if ( (comm) != MOC_COMM_WORLD && (comm) != MOC_COMM_SELF ) \
											{ return MOC_ERR_COMM; }

/**
 * Tests if invalid tag in a send-operation.
 * Calls return with appropriate error-code itself.
 **/
#define IMOC_TEST_TAG_SEND(tag)			if ( (tag) > 255 || (tag) < 0 ) \
											{ return MOC_ERR_TAG; }

/**
 * Tests if invalid tag in a recv-operation.
 * Calls return with appropriate error-code itself.
 **/
#define IMOC_TEST_TAG_RECV(tag)			if ( (tag)!=MOC_ANY_TAG && ((tag) > 255 || (tag) < 0) ) \
											{ return MOC_ERR_TAG; }

/**
 * Tests if invalid rank.
 * Calls return with appropriate error-code itself.
 **/
#define IMOC_TEST_RANK(rank)			if ( (rank) < 0 || (rank) >= node_handle.comm_size ) \
											{ return MOC_ERR_RANK; }

/**
 * Tests if invalid rank in a recv-operation.
 * Calls return with appropriate error-code itself.
 **/
#define IMOC_TEST_RANK_RECV(rank)		if ( rank != MOC_ANY_SOURCE && ((rank) < 0 || (rank) >= node_handle.comm_size) ) \
											{ return MOC_ERR_RANK; }

/**
 * Tests if invalid byte-count in a recv-operation.
 * Calls return with appropriate error-code itself.
 **/
#define IMOC_TEST_BYTECOUNT(count)		if ( (count) < 0 || (count) > MAX_MOC_MESSAGE_SIZE ) \
											{ return MOC_ERR_COUNT; }

/**
 * Tests if invalid buffer-pointer.
 * Calls return with appropriate error-code itself.
 **/
#define IMOC_TEST_BUFFER(buf)			if ( (buf) == 0 ) \
											{ return MOC_ERR_BUFFER; }

/**
 * Tests if rank is MOC_PROC_NULL and returns with MOC_SUCCESS itself.
 **/
#define IMOC_TEST_PROC_NULL(rank)		if ((rank) == MOC_PROC_NULL ) \
											{ return MOC_SUCCESS; }

/**
 * Tests if rank is own rank and returns with MOC_SUCCESS itself.
 **/
#define IMOC_TEST_PROC_SELF(proc)		if ( (proc) == node_handle.rank ) \
											{ return MOC_SUCCESS; }

/**
 * Tests if address is 16-byte aligned.
 * Calls return with appropriate error-code itself.
 **/
#define IMOC_TEST_ALIGNMENT(address)	if ( ((unsigned long)(address)) % 16 != 0 ) \
											{ return MOC_ERR_BAD_ALIGNMENT; }
//@}



#endif /*MOC_INTERNAL_ADDRESS_MACROS_H_*/